9month25日夜7point，The 19th academic lecture series of "Expert Forum" of the School of Electrical Engineering is held in the teaching building5306Successfully held。This lecture is given by Professor Lu Tianguang from the School of Electrical Engineering，In order to provide electrical students with a unique experience，Understand the intelligent side of the electrical industry，Let everyone gain new knowledge，Also allows freshmen to better experience the charm of electricity for the first time。

Low carbon technology generally refers to electricity、Transportation、Architecture、Metallurgy and other departments，New technologies to effectively control greenhouse gas emissions developed in the fields of clean and efficient utilization of coal and renewable energy。Lu Tianguang pointed out the feasibility of low-carbon power system based on real life、Necessity and influence。Now that the greenhouse effect is gradually increasing，Low-carbon life has become the only way to go，Maintaining sustainable development will bring human life to a higher level，So a low-carbon power system is the way to go。Using superconducting power transmission technology、Power distribution automation technology will achieve large-scale implementation、Highly efficient carbon emission reduction。

 Lu Tianguang talks about the operation of low-carbon power system from the perspective of smart grid，Start with the definition of functional power grid，And then to the safety of electricity use and the requirements for low-carbon electricity，Finally, the formation factors of functional power grid，Detailed analysis of the functional power grid system and its components for students。Finally, he talked about the significance of smart grids to low-carbon power systems - reducing source energy useCOEmissions，In turn, it will bring emission reduction benefits，And then propose ways to achieve a low-carbon power system。

 This lecture allows electrical students to have a more comprehensive understanding of electrical research work，Helping students further develop their scientific research capabilities and engineering thinking。